An Interconnected Cognitive System
A High-Level Overview of Pavilion Architecture: Pavilion features a modular, multi-layered architecture with advanced AI integrated across every layer. At its core is the Proof of Intelligent Cognition (PIC) consensus engine, which coordinates seamless communication and ensures intelligent, adaptive network operations. Unlike conventional blockchain models, Pavilion’s layers function in harmony to enhance scalability, security, and performance.
Client Layer:
- Provides the user interface for wallets and decentralized applications (dApps), enabling secure interactions with the network via APIs and edge nodes.
Ingress Layer:
- Manages data intake, compresses and validates transactions before forwarding them to the consensus mechanism.
Consensus Layer (PIC Core):
- Acts as the network’s intelligence hub, using AI to optimize validator selection and ensure secure consensus.
Execution Layer:
- Processes smart contracts based on validated transactions and ensures efficient state transitions.
Storage Layer:
- Offers durable, AI-enhanced storage optimized for efficiency and reliability.
AI Security Layer:
- Continuously monitors the network, using AI to detect and respond to threats in real time.
AI-Accelerated Retrieval Layer:
- Uses predictive algorithms to ensure fast and efficient access to stored data.
Resource Efficiency Layer:
- Monitors and optimizes energy and computational resource usage across the system.
Automated Integrity & Repair (AIR) Layer:
- Maintains data integrity and availability through automated monitoring and repair mechanisms.
Governance Layer:
- Facilitates decentralized governance, overseeing parameters, staking, and policy enforcement.
The Synergy of AI Across Layers:
- Artificial Intelligence is embedded within each layer, enabling Pavilion to continuously optimize operations, strengthen security, and intelligently adapt to evolving network demands.
Semantic Data Layer:
- Uses NLP and MoE Transformers to understand, organize, and expose relationships within stored content
Proof Of Intelligent Cognition (PIC)
Rewarding Intelligence, Driving Network Excellence
Proof of Intelligent Cognition (PIC) is Pavilion’s AI-powered consensus mechanism that rewards validators for cognitive contributions—like security analysis and model optimization—over raw computational power.
Validator Score (VS) determines a validator’s influence and rewards through:
- Stake Component (SC): Amount of staked PAVI tokens.
- Performance Component (PC): Uptime and transaction success.
- PIC Contribution (IC): Cognitive impact in five areas:
- IC_sec: Security insights
- IC_ret: Efficient data retrieval
- IC_sto: Storage optimization
- IC_rep: Repair participation
- IC_eff: Resource efficiency
AI Integrated Consensus Features:
- Predictive validator selection
- Optimized transaction ordering
- Real-time block verification
- Adaptive consensus tuning
Benefits of Proof of Intelligent Cognition (PIC):
- Stronger security through AI threat detection
- Faster, more efficient network performance
- Rewards based on real cognitive value
- Scalability and adaptability over time
AI-Enhanced Storage Layer
Beyond 90% Efficiency, Uncompromised Security
- Deep dive into Neural Adaptive Compression (NAC): Explain MoE Transformers, semantic understanding, how it achieves superior ratios.
- Deep dive into AI-Optimized Erasure Coding (AEC): Explain AI-driven k,m parameter selection, balancing durability with overhead.
- Deep dive into AI-Driven Fragmentation & Obfuscated Placement (AFOP): Explain multi-objective AI optimization, use of PIC-derived VRS, geo-diversity, correlation penalty for secure dispersal.
- Explain the Distributed Fragment Ledger (DFL) and its role.
- AI Focus: Every component here is AI-driven. Emphasize how AI makes decisions (e.g., NAC experts selecting compression techniques, AEC AI balancing trade-offs, AFOP AI optimizing node selection).
AI-Accelerated Retrieval Layer
Intelligent Retrieval: Data at the Speed of Thought
- Detailed explanation of the Real-time Graph Neural Networks (GNNs) for transaction/behavioral analysis
- Describe the Multi-Detector Threat Ensemble (IF, AE, Predictive Models) and how the meta-learner generates a ThreatScore.
- Explain the Dynamic Validator Reputation Score (VRS): How it's an LSTM model continuously updated by PIC contributions and security flags.
- Detail the Automated Response & Mitigation Logic (quarantine, slashing, AIR migration triggers).
- AI Focus: Emphasize the proactive and adaptive nature of the AI security. Highlight learning from network activity.
AI-Accelerated Retrieval Layer
Intelligent Retrieval: Data at the Speed of Thought
- Explain Predictive Hotspot Forecasting (Hierarchical LSTMs) – how AI anticipates data needs.
- Describe Dynamic Reinforcement Learning Caching (MARL Edge Agents) – how edge nodes intelligently cache data.
- Detail the AI Node Path & Fragment Retrieval Optimizer – AI selecting optimal nodes and paths using DFL, VRS, and network conditions for parallel fetching.
- Clearly explain the Tiered Retrieval Performance:
- Standard Speed Access (base gas).
- Ultra-Speed AI-Accelerated Access (Premium PAVI Service).
- AI Focus: Showcase how multiple AI models collaborate to drastically reduce latency.
The Future is Cognitive. Build it With Us
Unmatched Speed, Security, and Interoperability for the Future of Blockchain
AI-Optimized Transactions
- Over 100,000 TPS, ultra-fast finality
Cross-Chain Compatibility
- Seamless Ethereum, Solana, & Polkadot integration
Data Provenence
- Needed by compliance, legal, and regulators, with fees per audit or provenance request.
Developer-Friendly
- Modular smart contracts, SDKs, and APIs
Next-Gen Security
- Next-Gen Security with multi-layer encryption & quantum-resistant cryptography
On-Demand AI Services
- Designed for analysts, businesses, and dApps, available via usage-based fees
AI-Optimized, Secure, and Scalable
Advanced AI, Adaptive Sharding, and Cross-Chain Interoperability for the Future of Decentralization.
Efficient, Scalable and Secure Data Management
Pavilion Network optimizes data storage by combining on-chain metadata for immutability with off-chain encrypted storage to reduce blockchain bloat and ensure fast, secure data access.
How It Works:
On-Chain Metadata
Ensures immutability for transaction IDs & small data
Off-Chain Encrypted Storage
Distributes large data across decentralized nodes
AI-Based Load Balancing
Prevents bottlenecks & speeds up retrieval
A Network Governed by Its Community
Through FirstVote-powered on-chain governance, Pavilion enables stakeholders to propose, vote, and implement upgrades, ensuring transparent and decentralized decision-making.
How It Works:
- FirstVote Integration – On-chain decentralized voting for upgrades
- Smart Contract Execution – Ensures secure, transparent governance
- Community Led Protocol Changes – Pavilion evolves based on user needs
Multi-Layer Protection with AI & Quantum Security
With AI-powered fraud detection, multi-layer encryption, and quantum-resistant cryptography, Pavilion Network ensures unmatched cybersecurity.
Key Features:
- Multi Layer Encryption – Each data fragment individually encrypted
- Quantum Resistant Cryptography – Protects against future quantum threats
- AI Powered Fraud Detection – Identifies & isolates malicious activities in real-time
Smarter, Faster, and More Reliable Transactions
Pavilion’s AI dynamically allocates network nodes and optimizes consensus, eliminating bottlenecks, enhancing decentralization, and ensuring transaction finality in under 300ms.
AI-Optimized Consensus & Delegation:
- AI chooses validators dynamically based on performance
- Reduces energy usage and improves decentralization
- Transaction finality in <300 milliseconds
AI-Based Smart Node Allocation:
- AI monitors nodes for performance & availability
- Eliminates bottlenecks & increases reliability
- Nodes are categorized into high-speed validators, storage & light nodes
Infinite Scalability with AI Optimization
Pavilion’s adaptive AI-driven sharding dynamically adjusts to network demands, ensuring low latency, minimal congestion, and near-instant finality.
Key Features:
- Adaptive AI-Optimized Sharding – Adjusts shard sizes dynamically based on traffic
- Inter-Shard Communication – Reduces cross-shard delays
- AI-Pipelining – Pre-validates transactions before final consensus
Build, Customize and Scale with Ease Using Pavilion’s Modular
Pavilion Network’s modular architecture allows developers to upgrade smart contracts and consensus mechanisms without hard forks, offering seamless development and cross-chain interoperability.
Key Features:
- Modular Smart Contracts & Consensus → Upgrade without hard forks
- SDKs & APIs for Easy Development → Supports Solidity, Vyper, Rust
- Cross-Chain Interoperability → Bridges with Ethereum, Solana, & Polkadot
Bridging Blockchains for a Unified Ecosystem
Pavilion’s cross-chain bridges and ZKP-powered privacy features connect Ethereum, Solana, and Polkadot, enabling secure and efficient asset transfers across networks.
Key Features:
Seamless Cross-Chain Transactions
Transfers assets & data across major blockchains
Zero-Knowledge Proof (ZKP) Privacy Features
Secure & compliant transactions
Web3 & AI Integration
Supports AI-based DeFi & identity verification
The World’s First AI-powered Decentralized Data Infrastructure
Find us
- Suite 23.02, 23rd Floor, Menara JKG, 282, Jln Raja Laut, Chow Kit, 50350 Kuala Lumpur, Federal Territory of Kuala Lumpur
- 1 Temasek Avenue, #20-01/05, Millenia Tower, Singapore 039192
- [email protected]
- +603 4816 6106